While direct evidence that the prefrontal cortex simultaneously activates multiple prediction-related structures in a single task remains to be determined, the prefrontal cortex is considered to be strategically located to impact multiple memory systems as well as decision neural circuitry (e.g., see review in Euston et al. 2012; Hyman et al., 2012).
The study revealed the multiple HIV/AIDS-related structures to have poorly-defined, delineated and overlapping objectives, functions and responsibilities that continue to embrace public sector working practices: their work was neither transparent, nor accountable, with no information about meetings and decisions taken being made public.
Although it has been proposed that all lncRNAs should possess a functional secondary structure, this premise has not been validated at the genome-wide level for other sets of related organisms, nor has the conservation of lncRNA secondary structures across multiple related species in other clades been analyzed and described in comparable depth [ 32, 48- 50].
Thus, a more reliable approach is to use comparative analysis to compute consensus secondary structures from multiple related RNA sequences.
Comparative sequence analysis is one of the more reliable RNA structure prediction approaches as it exploits information of multiple related sequences to infer the consensus secondary structure.
The current work suggests that multiple H-bonding motifs are likely present in related structures, the relative energies of these strongly affecting proton trapping and conductivity.
Components that shared multiple substructures were structurally similar and clustered more closely together in the network than less related structures.
Here, genome (input) structure refers to the phenomenon where multiple-related SNPs are associated with a single trait; transcriptome (output) structure corresponds to pleiotropic effect that is a single SNP is associated with multiple related traits.
The consistent structure underlying the human-system interaction models further enables the identification of key safety interaction points and integration hazards associated with multiple related concepts.
